Pinned Repositories
Astro-330.github.io
Website for Astro330 Lab Viewing
astrojupyter
Python Jupyter-Notebooks for Variable Stars & Exoplanet Transit Light Curves Post-Processing
Astronomical_Techniques
Introduction to astronomy research featuring short video lectures with (incomplete) Jupyter notebooks
atmosphere_theory
atmospheric_interpretations
BayesianAstronomy
Bayesian Methods in Astronomy workshop, presented at AAS227
blase
Interpretable Machine Learning for astronomical spectroscopy in PyTorch and JAX
breakthrough
UC Berkeley's software and documentation for Breakthrough Listen data
DopplerSpec-samples
Examples of Doppler spectroscopy analysis using publicly available data.
dopplerSpectroscopy
Code to perform doppler spectroscopy analysis on high resolution spectra
bestha95's Repositories
bestha95/DopplerSpec-samples
Examples of Doppler spectroscopy analysis using publicly available data.
bestha95/Astro-330.github.io
Website for Astro330 Lab Viewing
bestha95/astrojupyter
Python Jupyter-Notebooks for Variable Stars & Exoplanet Transit Light Curves Post-Processing
bestha95/Astronomical_Techniques
Introduction to astronomy research featuring short video lectures with (incomplete) Jupyter notebooks
bestha95/atmosphere_theory
bestha95/atmospheric_interpretations
bestha95/blase
Interpretable Machine Learning for astronomical spectroscopy in PyTorch and JAX
bestha95/breakthrough
UC Berkeley's software and documentation for Breakthrough Listen data
bestha95/dopplerSpectroscopy
Code to perform doppler spectroscopy analysis on high resolution spectra
bestha95/Emission_spec
bestha95/ESO_atmospheres_workshop
bestha95/EXOTIC
EXOplanet Transit Interpretation Code
bestha95/hesp_pipeline
Pipeline for HCT HESP Spectrograph
bestha95/Intro-to-Astro2022
Introduction to Astronomy Research 2022
bestha95/LSSTC-DSFP-Sessions
Lecture slides, Jupyter notebooks, and other material from the LSSTC Data Science Fellowship Program
bestha95/Manjunath_Bestha
bestha95/prappleizer.github.io
This repo contains my introductory python textbook for astronomy students, which covers the basics of learning the language with an emphasis on astronomical applications.
bestha95/PyZDDE
Zemax/ OpticStudio Extension using Python
bestha95/exojax
🐈 Automatic differentiable spectrum modeling of exoplanets/brown dwarfs using JAX, compatible with NumPyro and JAXopt
bestha95/jdat_notebooks
JWST Data Analysis Tools Notebooks
bestha95/molecfit_lecture
bestha95/Narrowband_TS
bestha95/Parviainen-2017-WASP-80b
Ground-based transmission spectroscopy of WASP-80b
bestha95/petitRADTRANS
bestha95/radvel
General Toolkit for Modeling Radial Velocities
bestha95/StarRotator
bestha95/tayph
Analysis of high resolution spectroscopic time-series of exoplanets
bestha95/TelFit_Tutorial
Materials for the tutorial on TelFit usage.
bestha95/TestCode
Python test code
bestha95/tutorials
Set of Jupyter Notebooks, along with datafiles, to get started with Scientific Computing in Astronomy